that goes with them is no real problem, as most people should be
using

x86_64 nowadays anyway.

*Boggle*! x86_64 is only a few years old, and cheap low-power
x86_64

laptops are relatively recent.
-- Jamie

So you really want to do dynamic retranslation on ancient
hardware? To

me emulated systems already feel slow on really recent machines, I
don't want to go back to something even slower.

If you use kqemu there even is near no performance hit at all,
which I
believe is the main use of qemu on i386 anyway. Furthermore x86_64
is

_way_ faster, as it provides a lot more registers.

I think the benefit you get from cutting the gcc3 dependency is
way more
important than a major performance hit that people will usually
only see
on the next release of qemu, by which time things have shifted
towards

x86_64 even more.

One thing you don't seem to understand is that QEMU releases don't
upgrade our hardware, especially not from Apple. An x86_64 Mac Pro
is more than double the price for my PowerMac G5 back then. Don't
think about what people "should" be using in your opinion, look at
what they are actually using.

What I am actually talking about is that the only real gcc4 breakage
I am aware of is on i386. I just built x86_64-softmmu on a POWER6
host with gcc4.1.2 and it "simply worked". Please tell me if there
is anything broken for you on gcc4. I believe there isn't (please
use gcc4.2+).

People want to run software, including Q or QEMU, on their hard-
and software, which may include ppc hardware as well as Panther/
Tiger operating systems ... both much more "ancient" than Intel
Core 2 Duo based Macs. And yes, it's "slow". Does that stop me? No.
And you likely don't have a kqemu on your Mac either. Occasionally
trying an image does not justify buying VMware Fusion, and such
commercial products only do virtualization anyway and are incapable
of emulating different hardware. Just in case you forgot, Open
Source software in general usually has the benefit of not being
tied to the support lifetimes of commercial vendors, forcing users
to upgrade their (e.g. Windows) OS - but pushing us to upgrade our
hardware as soon as something faster is out would be doing exactly
that hardware-wise, without substantial reason.

I wasn't talking about PowerPC. I am really sorry if it looked that
way, but it was neither my intention nor my belief to say anything
against any platform but i386.

I didn't get you wrong. You repeatedly said that virtually no-one were
using i386 Macs any longer and that they were ancient. This implies
that ppc Macs are pre-ancient by linearity of time.

I am not feeling personally insulted as a ppc and i386 user. I am
simply trying to show that there are in fact even older things still
in quite common use than what you called "ancient".

The important point to note here is that those i386 Macs need GCC4
anyway, so there is no other option than some working GCC4 solution
for i386 and x86_64 on Intel Macs. This seems to go missing when
discussing availability of chips and PC laptops, where gcc3 is an
option.
What we seem to agree on is that a performance hit on i386 Macs is
better than not being able to run on Intel Macs at all - which is the
current CVS situation.

To me as a relative outsider it appears (maybe that's wrong) that the
core developers, who wrote the original code affected by GCC3/4 ABI
changes don't know how to or don't see a pressing need to do the
change. Then occasionally someone comes along presenting an all-new
GCC4 patch in a hit-and-run manner, not leading to their patches
applied or the problem solved...